Atomic and radiological crises can be caused by accidents, military activities, terrorist
assaults involving atomic installations, the explosion of nuclear devices, or the utilization of …

A short review of the various types of radiation incidents and accidents that have occurred is
used to provide a context for discussing the findings on medical management of the victims …

Internal contamination of actinides has led to significant health hazards to the public and
workers in the context of nuclear power plant accidents, uranium ore mining, and …

To design an effective Uranium decorporation agent for chelation therapy, it is crucial to
understand coordination chemistry properties of decorporation agent and the complex. In …

During a radiological or nuclear emergency, occupational workers, members of the public,
and emergency responders may be exposed to radionuclides, whether external or internal …

To mitigate the risk of radioactive isotope dissemination, the development of preventative
and curative measures is of particular interest. For mass treatment, the developed solution …

Decorporation therapies increase the excretion of the incorporated material and therefore
may reduce the probability of the occurrence of stochastic effects and may avoid …

Literature presents different thresholds for evaluation intended for screening people who
may need additional medical assistance in cases of radionuclide intakes. There are …

Nuclear industries produce a large number of radionuclides for energy production, medical
use, and research purposes. Safety culture of nuclear facilities is considered good and use …